Past Meetings

Outside Seminar

Time: 
Oct 23 2014 - 4:00pm - 6:00pm
Meeting Title: 

And the Insulation is Perfect: Physics, Ecology and High Performance Enclosures

Location: 

Earth Advantage
623 SW Oak St, 3rd Floor
Portland, OR 97205

Presenters: 

Lothar Moll

Description: 

Lothar will make a series of expert presentations from Vancouver BC to San Francisco CA. Lothar will present how to build safe, healthy and durable constructions that maximize energy savings, minimize the risk of damage to the structure and prevent mold and rot for wood framed and masonry retrofit assemblies with in-depth discussion of building physics, including WUFI analysis and assembly options specific to our climates in the Pacific Northwest and Northern California.

2 LU

October 2014 Monthly Meeting

Time: 
Oct 7 2014 - 12:00pm - 1:30pm
Meeting Title: 

Glazing Failures and Ways to Prevent Them

Location: 

Aceh Community Room
Mercy Corps, 45 SW Ankeny St
Portland, OR 97204

Presenters: 

Brian Hubbs, RDH

Description: 

Over the past few decades the use of glass and glazing on our high rise buildings has increased dramatically. More recently, as a result of increased industry recognition of the importance of energy efficiency, the trend is towards more energy efficient glazing systems. However, there are instances of implementation of new technology which have resulted in premature and costly failures.

Several case studies will be used to show and explain the variety of problems that can occur with glass and glazing after installation, and will offer designers risk reduction recommendations to avoid the most common causes of failures.

Brian Hubbs has over 20 years’ experience as a consultant practicing exclusively in the field of building science. Recognized by his peers as being a practical building science engineer and researcher who consistently delivers innovative solutions, Brian has a unique blend of theoretical and hands-on knowledge gained from completing hundreds of building enclosure investigations and rehabilitation projects as well as from design consulting and construction review of building enclosures for new buildings.

1 LU/HSW

September 2014 Monthly Meeting

Time: 
Sep 2 2014 - 12:00pm - 1:30pm
Meeting Title: 

Osmosis: The Bane of Liquid Applied Waterproofing Membranes

Location: 

Aceh Community Room
Mercy Corps, 45 SW Ankeny St
Portland, OR 97204

Presenters: 

Graham Finch, RDH Building Sciences

Description: 

Cold applied liquid applied waterproofing and roofing membranes of various chemistries (e.g. polyurethane, polyurea, polyester, and asphalt modified urethanes etc.) have become increasingly popular in past decades, particularly over concrete podium slab, roof decks, and planters in protected (i.e. inverted) roofing applications. Liquid membranes are often preferred in this application for their relative low cost, ease of application over complicated curbs, planters, water features and at penetrations and interfaces. While cold-applied membranes have their benefits in waterproofing – they have had their share of problems.

Over a decade ago, the roofing industry began to find systemic water-filled blisters under many of these cold-applied membranes, in cases so severe that the premature replacement of these membranes has now become commonplace. Field studies have shown that these water filled blisters become visible within the first 5 years of service and progressively get worse and grow over time with expanding pressure until entire roof areas are consumed. Water leaks occur with time and displaced or floating pavers and other landscaping components are also a common side effect. A decade ago, the cause of the blisters had the industry scratching its head and a wide range excuses from inadequate membrane thickness and pin-holes, detailing, shoddy workmanship, to outward vapor drive were supposedly to blame.

Being curious as to what was actually causing these water filled blisters to form, a study was initiated to find the physical building science mechanism responsible. This study encompassed field studies, building monitoring, and several iterative laboratory experiments, until eventually the water transport process of osmosis was confirmed. This presentation covers the story of how the phenomenon of osmosis was discovered, the physical mechanism of osmotic blistering and the scenarios where it can occur, and the new testing protocol developed. The test results for a wide range of new and aged membranes commonly used within the roofing and waterproofing industry will be presented along with recommendations for the material properties needed to prevent blistering from occurring.

Graham is a Principal and Building Science Research Specialist with RDH. He has a passion for technology and for making better and more energy efficient buildings. He leads RDH’s building science research group and is actively involved in a wide range of projects from building research studies to forensic investigations, building monitoring, hygrothermal modeling, and new construction across North America. Graham has authored several publications and practical industry guideline documents related to durable and energy efficient building enclosures. In addition to RDH, Graham is a part-time instructor at the British Columbia Institute of Technology where he teaches building science courses to students at the Diploma and Masters levels.

ASHRAE Seminar

Time: 
Jun 28 2014 - 8:00am - 3:00pm
Meeting Title: 

Introduction To Buildings Enclosure Commissioning (Code 60)

Location: 

Seattle

Presenters: 

Fiona Aldous

Jay Enck

Rob Kistler

Description: 

This seminar introduces the Building Enclosure Commissioning (BECx) process by outlining key quality based activities that achieve a successful building enclosure. The seminar will include overviews on such design phase BECx activities as developing the Owner’s Project Requirements, the BECx plan, and critical building science and architectural issues to address in the design review and specifications, and construction phase BECx activities such as construction observation and performance testing. The seminar will aid in understanding how BECx contributes towards commissioning goals and requirements and LEED.

2014 Portland BEC Symposium

Time: 
Jun 3 2014 - 7:30am - 4:30pm
Meeting Title: 

Breaking The Code... |

Location: 

Convention Center Red Lion
1021 NE Grand Avenue
Portland, OR 97232

Description: 

General Information

The Portland Building Enclosure Council is pleased to announce the 2014 Technology Sympo- sium. This years Symposium will focus on new code issues affecting the Building Enclosure.

The symposium is a one day event, comprised of presentations, speakers, and opportunities for sidebar conversations. The conference will bring together leading code knowledge from Canada and the United States focusing on existing and future building enclosures. The academic knowledge will be complimented by real world applications and case studies

  • Meet with the local representatives of leading building product manufacturers
  • This all day event includes continental breakfast and seated lunch.
  • Earn 6 AIA /CEU - LU/HSW

Speakers & Sessions

Theresa Weston
Session 1 - Writing Code

Dave Young, Kyle Silliker
Session 2 - Differences in the Code: Washington versus Oregon Energy Code

Stephane Hoffman
Session 3 - Meeting the Code: Choosing and Using Thermal Insulation Materials

Eric Anderson, Sean O'Shea
Session 4 - Attachment of Exterior Cladding through Continuous Exterior Rigid Insulation

Jessi Beitel
Session 5 - The Code: NFPA 285

Marty Houston, Hank McDonald
Bonus Session 6 - Type lll Buildings in the City of Portland

Brochure

Registration Information

Cost

Membership Type Prior to May 6th After May 6th
Non-Members $75 $90
Members $50 $65

Sponsors

Symposium Sponsor

  • DuPont Tyvek

Meal Sponsors

  • Epro Waterproofing Systems
  • Wiss, Janney, Elstner Associates, Inc.

Primary Sponsors

  • Roxul
  • Soprema
  • Atlas Roofing
  • Prosoco
  • Firestone
  • STO
  • Hunter Insulation
  • VPI Windows
  • Atlas Supply
  • James Hardie Co.
  • Georgia Pacific
  • Cascadia Windows

Secondary Sponsors

  • Henry Company
  • Dow Insulation
  • SIGA
  • Fortifiber

Advance Registration is Closed.

A limited number of same-day walk-up registrations will be available at the event.

Portland BEC and SeaBEC Members: $50
Non-Members: $75

May 2014 Monthly Meeting

Time: 
May 6 2014 - 12:00pm - 1:30pm
Meeting Title: 

The Science of Masonry: Conservation in Portland

Location: 

Aceh Community Room
Mercy Corps, 45 SW Ankeny St
Portland, OR 97204

Presenters: 

Dr. Lauren Allsopp

Description: 

This course focuses on historic masonry and critical factors that lead to its degradation, with problems specific to Portland being highlighted. Changes in masonry construction, improper repairs, and the use of inappropriate materials during conservation will be addressed. New and on-site techniques will be discussed for the continued future of historic masonry.

Lauren Allsopp Ph.D. is an expert in historic preservation and Adjunct Professor teaching in the Historic Preservation program at the University of Oregon. She is also Principal of Anthemion International, a consulting firm specializing in the preservation of the built environment. Lauren has taught at the Frank Lloyd Wright School of Architecture and was a tenured professor at Eastern Michigan University where she taught in the graduate Historic Preservation program. At Eastern, she was Director the RMS Titanic Conservation Laboratories in Ypsilanti, Michigan.

Prior to her teaching career, Lauren was the architectural conservator at the Henry Ford Museum & Greenfield Village. She holds a M.S. in Historic Preservation from Columbia University and a Ph.D. in architecture from the University of Edinburgh, Scotland. Her research focuses on vernacular architecture and the conservation of traditional materials, particularly masonry and mortars. Clients have included the National Park Service, the Hungarian Government, the Gila River Indian Community (Arizona) and R.M.S. Titanic, Inc.

April 2014 Monthly Meeting

Time: 
Apr 1 2014 - 12:00pm - 1:30pm
Meeting Title: 

Curtainwall Products, Performance and Practicality

Location: 

Aceh Community Room
Mercy Corps, 45 SW Ankeny St
Portland, OR 97204

Presenters: 

Brad Glauser

Description: 

This course will explore different types of aluminum curtainwall systems, their use, and design parameters.

Brad Glauser recently joined forces with Wausau Window & Wall Systems in April 2012. After receiving his education from University of Utah, and being the fourth generation to continue in the in construction industry, he followed his career path into construction management. Along the way he found his knack and love for the commercial glass industry.

He started by cutting his teeth between the Salt Lake City, Denver & Las Vegas markets as an estimator and field manager, his desire to grow lead him to the Northwest. Here, he's worked as a project manager for a national manufacture and glazing installer. This gave him the opportunity to work in various markets in the U.S.; from Virginia to Hawaii, Texas to Alaska, and Oklahoma to Northern California. This broad experience gave him a unique perspective of the required local, state & federal codes, building practices, and installation methods; especially when the Public Sector meets the Private Sector.

Since joining Wausau he has seen a lot of success in being an education source for the design and contracting community. He is passionate and very involved in the design and building community to assist in forwarding the progress and knowledge in further understanding commercial envelope glazing.

March 2014 Monthly Meeting

Time: 
Mar 4 2014 - 12:00pm - 1:30pm
Meeting Title: 

The Challenge of Understanding Non-Toxic Building Materials

Location: 

Aceh Community Room
Mercy Corps, 45 SW Ankeny St
Portland, OR 97204

Presenters: 

James Connelly

Description: 

In the quest for durable, long lived building materials the construction industry has relied on products that are often toxic or harmful to the environment and the building occupants. This presentation discusses the Red List of toxic materials and what designers and specifiers can do to replace them. New trends in bio-based technologies will be discussed along with a challenge to the attendees to avoid such materials in their own practice.

James is a green building professional with a broad range of industry experience from design and construction to research and advocacy. He is a graduate from the University of Washington with degrees in Architecture and International Studies. Prior to joining the Institute, James worked on green building projects at the Seattle offices of MulvannyG2 and GGLO. After a trip to Hong Kong in 2008 he became fascinated with the incredible pace in scale of urban development in China and the potential for green building. James is fluent in Mandarin Chinese and recently completed a Fulbright Research fellowship in Beijing on green building evaluation systems in China. James is an avid writer and blogger, and and his research has been featured in news outlets such as China Dialogue and Engineering News Record. He currently manages the Declare, the Institute's building ingredients labeling program.

February 2014 Monthly Meeting

Time: 
Feb 4 2014 - 12:00pm - 1:30pm
Meeting Title: 

Punched Window Selection Criteria

Location: 

Aceh Community Room
Mercy Corps, 45 SW Ankeny St
Portland, OR 97204

Presenters: 

Sean K. Scott

Description: 

Most punched window selections are based on what the firm or team had on the last project, looks, and price. This course offers performance based selection criteria to add to the selection tools.

Sean is an Architect with Ankrom Moisan Architects that focusses on enclosures within his career. He is presently writing a book entitled "Enclosure Tools" that is created by the industry for the industry. His past speaking engagements have included AIA National, Living Future, and many local venues. Teaching High Performance Enclosures at the University of Oregon Portland School of Architecture feeds into the professional practice and vice-versa.

Seattle BEC Monthly Meeting

Time: 
Jan 16 2014 - 5:00pm - 7:00pm
Meeting Title: 

Building Monitoring

Location: 

Mirabella
116 Fairview Avenue North
Seattle, WA 98109

Description: 

Structural Monitoring Technology facilitates sustainable building practice by informing building consultants and owners of issues that could become long-term areas of concern. Leading-edge building monitoring technology is used in the investigation of building performance and is capable of monitoring:

Moisture Content Condensation Dew Point Hermo Profiling Vapor Pressure Differential Air Pressure Building Component Movement moisture content, condensation, dew point, thermo profiling, vapour pressure, differential air pressure and building component movement.

Structure Monitoring Technology applications will be outlined in the context of installation during various stages of the building life cycle including new construction, existing buildings, and re-commissioning or major renovations.

The initial commissioning and verification of design details is key for design professionals. In addition, building owners and operators are interested in mitigation of risk from facility floods, aging roofing systems, and costs associated with the cleanup of water damage.

Specific to roof monitoring the following shall be outlined:

DigiScan - Comprehensive roof scan using the digital multivector mapping technology, similar to electric field vector mapping for integrity and leak locating in inverted roof membranes. Building Membrane Monitoring – A continuous, permanently installed membrane integrity monitoring system for conventional and inverted roof assemblies. This presentation will demonstrate the various sensors, monitoring systems and scanning methods that can be used for verification and reporting purposes. Real-life practical applications, installation details, site conditions, and monitoring results will also be showcased.

Presented by: Jason Teetaert, P.Eng, SMT - Structure Monitoring Technology - V.P. Business Development

Jason has over 20 years of project management and electrical engineering construction design experience, with current experience and projects in the application of structure monitoring systems. He holds patents in moisture detection and patents pending in roof monitoring and low-powered hybrid wireless/wired networks.

Jason brings construction-related electrical engineering experience from consulting in an national engineering firm to the building science community. He leads the design of moisture detection systems in residential, educational, and institutional projects related to sustainable buildings and investigations. Jason graduated from the University of Manitoba with a Bachelor of Science Degree in Electrical Engineering.

He actively volunteers in the building industry as the past president of the British Columbia’s Building Envelope Council and the current President of Canada’s National Building Envelope Council.